Bus passenger flow sensor interface and integration




A passenger counter sensor is a computer device that helps count and record the true number of passengers inside a bus. It is used to transport cars in public areas to monitor passenger safety and satisfaction. The integration of bus Highlight passenger counter sensors is a cutting-edge and modern initiative in the transportation industry.




advantage



Main advantages of bus systems

Passenger counter



Sensors that provide accurate real-time data on the range of boarding passengers. This data can be used to manage passenger flow and predict attention to bus services on various routes. Additionally, it can help reduce operating costs for train and bus services by optimizing bus schedules based on passenger demand.





Innovation



Sensor technology plays a vital role in shaping the modern transportation industry. The integration of bus passenger counter sensors is a remarkable innovation that enables transport authorities to effectively manage passenger safety and satisfaction


Safety



Safety will become a top priority for public services, and bus passenger counter sensors play an important role in ensuring passenger safety. by monitoring

people counter



Occupancy, bus operators can avoid overloading buses with passengers, which can lead to accidents


use



The bus passenger counter sensor is very easy to install and use. If you want to accurately count the real number of people, you can install these sensors at the entrance and exit of the bus


how to use?



All you have to do is install sensors at the entry and exit points of that bus to use the Bus System Passenger Counter Sensor. Once installed, the functional system will begin recording passenger data in real time


Serve



The integration of bus passenger counter sensor systems significantly improves the ongoing service quality of public transport services. With accurate information about passenger demand, transport operators can optimize the routing and scheduling of these bus services to ensure

digital price tag



Arrive at destination on time



application



Bus passenger counter sensors have become critical equipment in the transportation industry because they provide accurate, real-time passenger flow and demand data. These sensors are increasingly used by public and private transportation worldwide, and they are generally proven to be reliable and effective

How does the 3D Camera People Counter work?




Are you interested in understanding how stores and shopping malls understand the large numbers of people entering and exiting their buildings? They are using the Highlight 3D camera people counter. The store's innovations are amazing in counting people while also enhancing customer service and security.





Advantages of 3D camera people counter



The 3D camera people counter offers many of the advantages of traditional people counting methods. It is more accurate and can count people from different directions and heights. This means no matter how short or tall you are, or which way you walk, the 3D camera

Electronic anti-theft system tag



People counters will keep a close eye on you.




Furthermore, the 3D camera people counter will be very efficient and can count a large number of people in a short period of time. This allows stores and shopping centers to have up-to-date data on people inside the building at all times, which will help them manage staff, inventory and sales.




Innovation in 3D camera people flow statistics



3D camera foot traffic counters are a major innovation in the retail market. It allows stores and malls to collect data that matters to customers in real time, which will help them make more informed choices about staffing, customer service and advertising campaigns.




The 3D camera people counter is an environmentally friendly device. The 3D Camera People Counter generates no waste and does not use any additional energy from traditional counting methods using manuals or electronic devices. This means it allows shops and shopping centers to reduce their carbon emissions and save cash on their electricity invoices.




3D Camera People Counter Security



In addition to counting people, 3D cameras

Electronic anti-theft system tag



People counters have security features. It can detect human movement and determine if someone is standing for a long time or if the position is potentially dangerous |for a long time}. This allows stores and shopping centers to quickly respond to any potentially hazardous situations and provide customers with a safer shopping experience.





Use 3D camera people counter



The 3D camera people counter is not difficult to use and install. It can be installed on the ceiling or added to a bracket to protect a large area depending on the model and requirements. Additionally, it can be supplied with other retail equipment such as point-of-sale systems and security camera systems for a comprehensive managed retail solution.




How to use 3D camera people counter?



To use the 3D Camera People Counter, it should first be installed in the desired location. Then, connect it to a charging source and community. The system will immediately start counting people entering and leaving the location. This information can be accessed through an application, which can be installed on some form of device or mobile computer.




Service and quality of 3D camera people counter



The 3D Camera People Counter is a high-quality device that is built to last. It's made from durable materials to withstand the wear and tear of daily use. Additionally, it has consumer and guarantee support so any dilemma can be resolved promptly.




3D camera people flow statistics application



3D camera

people counter



There are many applications in the retail market. It is used in shopping malls, supermarkets and stores to improve consumer service, staff management and inventory control. It is used by airports, museums and other public areas to manage foot traffic and improve security.

working principle

bus passenger counter

Mainly based on 3D image sensor technology and stereo vision technology. By installing binocular cameras in areas such as car doors and roofs, the real-time movement trajectories of all human targets within the video range are captured and analyzed. 3D image sensor technology and stereo vision technology can more accurately identify and count human targets moving in different directions, whether entering or exiting. Through 3D image sensors and computer vision technology, the counter can obtain depth information of human targets, thereby achieving more accurate statistics.





this

passenger counter

Vision technology analyzes the shape, height and other information of the human body to determine the walking direction and entry and exit conditions. Detect and track objects in depth images to achieve high-precision passenger flow statistics. When the human target enters the camera's field of view, the counter starts tracking, and the count is not judged until the human target leaves the image area. This can effectively filter out duplicate counting that may be caused by hesitation and improve statistical accuracy in complex environments.




Passenger counters provide a more accurate count of the number of people in a bus. In addition to being connected to the door opening and closing signals of the entry and exit, the data can also be synchronized to the backend management system to realize the real-time collection and display of data such as the number of people entering and exiting, the number of people present, and the number of people throughout the journey. This helps improve bus operation efficiency and service quality.





Bus passenger counters play an important role in urban public transportation systems and are generally installed in buses and on platforms. On the bus, the counter can be installed above the door or on the pillar inside the bus to count the number of people in the bus and the number of people getting on and off in real time. At the platform, counters can be installed on the platform columns to count the number of people waiting to get on the bus and the number of people leaving the platform after getting off.




The bus passenger counter uses stereoscopic vision technology and machine vision technology to achieve highly statistical and accurate passenger flow statistics. It can effectively solve the problems of traditional passenger flow statistics, improve the accuracy and efficiency of statistics, and provide important data support for bus operations. Provide operational support for the arrangement of urban bus vehicles, provide passengers with detailed vehicle location information, reasonably arrange travel time, and improve passenger ride experience and satisfaction.

There are significant differences between

Infrared people counter

this

Visual people counter (people counting camera)

From the aspects of appearance, technology, detection, accuracy, etc.





First of all, from the appearance,

infrared human reflex

The structure is relatively simple, with only one transmitter and receiver, and the size is relatively small, making it easy to install and move. Usually installed on both sides of walls or objects where pedestrians pass. A visual people counter (people counting camera) usually consists of one or more cameras, an image processing unit and a display, and is relatively large in size. In order to obtain sufficient vision, the installation location is usually selected to be in a higher position. Therefore, installing an infrared counter is much simpler than installing an infrared counter

Visual people counter (people counting camera).




Secondly, technically speaking, infrared people counters mainly use infrared sensors to detect occlusions of human bodies or objects, and generate electrical signals through photoelectric conversion for counting. Simply put, a count is considered when the infrared signal is blocked and the obstruction is removed, and it is easy to treat non-artificial occlusions as a count. The visual people counter (people counting camera) relies on computer vision technology and image processing algorithms to capture images through cameras and use algorithms for identification and tracking to achieve counting functions. Visual people counters (people counting cameras) can attempt to count objects that resemble human bodies, greatly reducing errors.






In terms of detection, infrared people counters can only detect occlusions when people or objects pass by. For other information such as direction and number of companions, the judgment of the infrared counter is relatively vague. Visual people counters (people counting cameras) can obtain richer information, such as the direction and number of pedestrians, and can even track and count specific targets through technologies such as facial recognition.




Finally, in terms of accuracy, the accuracy of infrared people counting is limited by factors such as the sensing range and sensitivity of the infrared sensor and changes in ambient light. Usually, when we install the device at the door of the store, it will be exposed to sunlight and will be blocked by infrared rays when the door is opened and closed, thus reducing the accuracy of the counter. The accuracy of a visual people counter (people counting camera) mainly depends on the accuracy and calculation speed of the image processing algorithm, and under ideal circumstances a higher accuracy can be achieved.




Overall, both infrared people counters and visual people counters (people counting cameras) have their pros and cons.



Infrared people counting has a simple structure, high stability, and low cost, but has low accuracy. Visual people counters (people counting cameras) have higher accuracy, but have complex structures and higher costs. Therefore, when choosing which counter to use, it needs to be determined based on actual needs and application scenarios.

Through the continuous development of technology, counter products have also made great technological progress, from the initial

Infrared people counter

arrive

2D people counter

,

3D people counter

, current

The AI ​​fights back.




Each advancement brings revolutionary changes to the counter.



Infrared counter



, connected through the transmitter and receiver, counting is performed when the infrared rays are blocked, and the counting purpose is achieved through simple principles. Usually installed on both sides of indoor walls, the counting accuracy is low due to environmental factors such as installation distance, installation height, lighting effects, and whether there are objects blocking it.





A

2D People's State

Usually installed on the roof, it scans downwards, and after setting an area, it counts the targets passing through the area. The device uploads data in real time through the connected network, and the counting information can be clearly viewed in the background. The accuracy of this device is relatively high, but it can only be installed directly above the area where counting is required. Different heights are ensured through different lenses to ensure accuracy. There are certain restrictions on the installation location. Based on two-dimensional image processing technology, objects in plane images are identified and counted through image segmentation, edge detection and other methods.





3D people counter

Use 3D imaging and sensor technology to obtain three-dimensional information of target objects, including shape, position and attitude, to achieve more accurate counting. The counter is equipped with a rotatable lens, and the rotation angle is 180 °, can be installed directly or diagonally above. Compared to 2D lenses, their installation is more flexible. The accuracy has also been greatly improved. And can be applied to most environments.





Artificial Intelligence People Counter

It can handle problems such as complex backgrounds and occlusions from different angles, with high flexibility and accuracy. Based on deep learning and computer vision technology, the model is trained to identify and count specific objects in images or videos. Suitable for complex statistical tasks, such as traffic flow statistics, crowd density monitoring, etc.





Multiple counters are suitable for different installation environments, and there is no difference in the quality of the product itself. They all excel in their respective fields. Different counters can cope with different environments, and even in different scenarios, they can grasp accurate information and help us make better judgments.